A communication control system applied to a new energy station

Abstract

The application discloses a communication control system applied to a new energy station, comprising a message distribution process, a communication protocol application process and a model data processing and control process. The message distribution process is responsible for receiving message subscription and publishing messages; the communication protocol application process is composed of a protocol application thread and a message agent thread, the protocol application thread is responsible for processing message transmission and reception, protocol stack state machine processing and waking up the message agent thread, and the message agent thread is responsible for exchanging messages through the message distribution process and other application processes; and the model data processing and control process is composed of a model application thread and a message agent thread. The application further discloses a communication control method applied to the new energy station, and the whole process of system communication and message exchange is realized by the event triggering mechanism to realize fast communication control, and for the new energy fast control scene which is sensitive to control time limit, the time consumption in the system can be reduced to the maximum extent.

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